About the course
Discover the key developments and workflows introduced for modern structural engineering, BIM and reinforcement planning.
- Create and refine analytical models in Autodesk Revit.
- Improve load distribution and connect physical and analytical models.
- Automate reinforcement modelling, checking, detailing and documentation.
- Accelerate parametric bridge and infrastructure modelling.
- Work with Collections, relative variables and enhanced parametric equations.
- Create longitudinal sections, reinforcement drawings and bar bending schedules.
- Model complex bridge reinforcement with improved spacing and tabular editing tools.
Through practical demonstrations, explore how connected modelling, analysis, reinforcement and documentation workflows help you work more efficiently from the initial BIM model to production-ready structural drawings.
What you'll learn
- Explore new workflows for building and bridge design
- Create and refine analytical models in Autodesk Revit
- Model, check and document reinforcement efficiently
- Create parametric BIM models for bridges and infrastructure
- Explore seismic analysis and model-based design workflows
Course content
Instructors
Access Learning Content
New features of version SOFiSTiK 2027
Discover the key developments and workflows introduced for modern structural engineering, BIM and reinforcement planning.
- Create and refine analytical models in Autodesk Revit.
- Improve load distribution and connect physical and analytical models.
- Automate reinforcement modelling, checking, detailing and documentation.
- Accelerate parametric bridge and infrastructure modelling.
- Work with Collections, relative variables and enhanced parametric equations.
- Create longitudinal sections, reinforcement drawings and bar bending schedules.
- Model complex bridge reinforcement with improved spacing and tabular editing tools.
Through practical demonstrations, explore how connected modelling, analysis, reinforcement and documentation workflows help you work more efficiently from the initial BIM model to production-ready structural drawings.
- Teacher: Guido Altersberger
- Non-editing teacher: Stefan Maly
- Enrolled students: 2




